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A system for changing a dimension of manufactured composite material parts may comprise a male tool, a female tool, a removable material, and a retainable material. The male tool may include a convex outer surface configured to receive composite material placed thereon to form a new part. The female

A system for changing a dimension of manufactured composite material parts may comprise a male tool, a female tool, a removable material, and a retainable material. The male tool may include a convex outer surface configured to receive composite material placed thereon to form a new part. The female tool may include a concave inner surface configured to receive the male tool such that the outer surface of the male tool faces the inner surface. The removable material may be placed on the composite material in a first area corresponding to a wide area on a previously manufactured part where an outer dimension was measured to be greater than a designed value. The retainable material may be placed on the composite material in a second area corresponding to a narrow area on the previously manufactured part where the outer dimension was measured to be less than the designed value.

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1. A method of changing a dimension of manufactured composite material parts, the method comprising the steps of: measuring an outer dimension of a previously manufactured part formed from composite material that has been cured;determining any one or more wide areas of the previously manufactured pa

1. A method of changing a dimension of manufactured composite material parts, the method comprising the steps of: measuring an outer dimension of a previously manufactured part formed from composite material that has been cured;determining any one or more wide areas of the previously manufactured part where the outer dimension is greater than a designed value;determining any one or more narrow areas of the previously manufactured part where the outer dimension is less than the designed value;placing composite material for a new part to be manufactured on an outer surface of a male tool, wherein the new part to be manufactured is of the same shape as the previously manufactured part;placing removable material on top of the composite material for the new part to be manufactured in one or more wide target areas corresponding to any one or more determined wide areas of the previously manufactured part to reduce a width of the new part in the one or more wide target areas;placing retainable material on top of the composite material for the new part to be manufactured in one or more narrow target areas corresponding to any one or more determined narrow areas of the previously manufactured part to increase a width of the new part to be manufactured in the one or more narrow target areas;placing the male tool with the composite material in a female tool such that the removable material and the retainable material face an inner surface of the female tool;curing the composite material, the removable material, and the retainable material; and removing the removable material from the new part to be manufactured. 2. The method of claim 1, further comprising the step of blending the retainable material with the composite material of the new part. 3. The method of claim 1, wherein the outer dimension is the cross-sectional width of the previously manufactured part. 4. The method of claim 1, wherein the thickness of the removable material is equal to the outer dimension minus the designed value. 5. The method of claim 1, wherein the thickness of the retainable material is equal to the designed value minus the outer dimension. 6. The method of claim 1, wherein the removable material is one or more sheets of removable material. 7. The method of claim 1, wherein the retainable material is one or more sheets of retainable material. 8. A method of changing a dimension of manufactured composite material parts, the method comprising the steps of: measuring an outer dimension of a previously manufactured part formed from composite material that has been cured;determining arty one or more wide areas of the previously manufactured part where the outer dimension is greater than a designed value;determining any one or more narrow areas of the previously manufactured part where the outer dimension is less than the designed value;placing composite material for a new part to be manufactured on an outer surface of a male tool, wherein the new part to be manufactured is of the same shape as the previously manufactured part;placing removable material on top of the composite material for the new part to be manufactured in one or more wide target areas corresponding to any one or more determined wide areas of the previously manufactured part to reduce a width of the new part to be manufactured in the one or more wide target areas;placing retainable material on top of the composite material for the new part to be manufactured in one or more narrow target areas corresponding to any one or more determined narrow areas of the previously manufactured part to increase a width of the new part to be manufactured in the one or more narrow target areas;placing the male tool with the composite material in a female tool such that the removable material and any added retainable material face an inner surface of the female tool; curing the composite material, that the removable material, and that the retainable material; removing the removable material from the new part to be manufactured; and blending the retainable material with the composite material of the new part to be manufactured. 9. The method of claim 8, wherein the outer dimension is the cross-sectional width of the previously manufactured part. 10. The method of claim 8, wherein the thickness of the removable material is equal to the outer dimension minus the designed value. 11. The method of claim 8, wherein the thickness of the retainable material is equal to the designed value minus the outer dimension. 12. The method of claim 8, wherein the removable material is one or more sheets of removable material. 13. The method of claim 8, wherein the retainable material is one or more sheets of retainable material. 14. A system for changing a dimension of manufactured composite material parts, the system comprising: a male tool including a convex outer surface configured to receive composite material placed thereon to form a new part to be manufactured of the same shape as a previously manufactured part;a female tool including a concave inner surface configured to receive the male tool such that the outer surface of the male tool faces the inner surface of the female tool;a removable material configured to be placed on the composite material in one or more wide target areas corresponding to one or more wide areas on the previously manufactured part where an outer dimension of the previously manufactured part was measured to be greater than a designed value such that the removable material faces the inner surface of the female tool, wherein the removable material is utilized to reduce a width of the new part in the one or more wide target areas; anda retainable material configured to be placed on the composite material in one or more narrow target areas corresponding to tory one or more narrow areas on the previously manufactured part where the outer dimension of the previously manufactured part was measured to be less than the designed value such that the retainable material faces the inner surface of the female tool, wherein the retainable material is utilized to increase a width of the new part to be manufactured in the one or more narrow target areas. 15. The system of claim 14, wherein the thickness of the removable material is equal to the outer dimension minus the designed value. 16. The system of claim 14, wherein the thickness of the retainable material is equal to the designed value minus the outer dimension. 17. The system of claim 14, wherein the outer dimension is the cross-sectional width of the previously manufactured part. 18. The system of claim 14, wherein the composite material for the new part is uncured. 19. The method of claim 1, wherein the composite material for the new part is uncured. 20. The method of claim 8, wherein the composite material for the new part is uncured.